skanuj0005 (78)

p-0,995 T « *> V i c a 9

			.......
	1	2	3	4	5	6	7	8	10	12 '	20	40	60	100	CO
1 2	i 98,0	199,0	199,0	199.0	199,0	199,0	199.0	199,0	199,0	199,0	199.0	199.0	199,0	199,0	200,0
3	55,6	49,8	47,5	46,2	45,4	44.8	44,4	44.1	43.7	43.4	42.8	42,3	42.1	42,0	41,8
4	314	26,3	24,3	23.2	22.5	22.0	21.6	21,4	21,0	20.7	20,2	19,8	19,6	19,5	19,3
5	22,8	18.3	16,5	15,6	14.9	14.5	14.2	14,0	13.6	13.4	12.9	12,5	12.4	12.3	12.1
6	18.6	14,5	12,9	12.0	11.5	11,1	10.8	10.6	10.2	10.0	9.59	9,24	9.12	9,03	8,88
7	16.2	12.4	10,9	10,0	9.52	9,16	8,89	8.68	8.38	8.18	7.75	7,42	7.31	7,22	7,08
8	14,7	11.0	9,60	8.81	8,30	7.95	7,69	7,50	7,21	7,01	6.61	6.29	6.18	6.09	5.95
9	13.6	10.1	8.72	7,96	7.47	.13	6.88	, 6,69	6.42	6,23	5.83	5.52	5.41	5.32	.19
•• 10	12.8	9.43	.08	.34	6.87	6.54	.30	.12	• 5,85	5.66	47	4,97	4.86	4,77	4.64
11	12.2	8.91	7.60	6.88	6.42	6,10	5,86	5,68	5.42	5,24	4,86	4.55	4.44	4.36	4.23
12	11.8	.5!	,23	.52	,07	5;76	,52	,35	.09	4.91	,53	.23	.12	.04	3,90
13	.4	.19	6,93	,23	5.79	.48	.25	.08	4.82	.64	21	3.97	3.87	3,78	.65
14	,1	7,92	.68	,00	.56	.26	.03	4,86	.60	.43	.06	.76	.66	.57	.44
15	10.8	,70	,48	5.80	.37	.07	4.85	.67	.42	.25	3,88	,58	.48	.39	.26
16	,6	,51	,30	.64	.21	4.91	.69	.52	.27	.10	.73	.44	.33	,25	.11
17	,4	.35	,16	,50	,07	,78	,56	.39	.14	3.97	.61	,31	.21	.12	2,98
IK	.2	.21	,03	,37	4,96	.66	.44	.28	.03	.86	,50	.20	.10	.01	,87
19	,1	,09	5.92	.27	.85	.56	.34	,18	3.93	.76	,40	.11	.00	2,91	,78
20	9.94	6.99	,82	.17	,76	.47	.26	.09	.85	.68	.32	.02	2.92	.83	.69
21	9,83	6,89	5.73	5.09	4,68	4.39	4.18	4.01	3.77	3.60	3.24	2.95	2.84	2.75	2.61
22_	,73	.81	,65	,02	.61	.32	.11	3.94	.70	,54	.18	.88	.77	.69	.55
23	,63	.73	.58	4,95	.54	.26	.05	.88	.64	,47	.12	,82	,71	,62	.48
24	.55	,66	.52	.89	.49	.20	3.99	,83	.59	.42	.06	.77	,66	.57	.43
25	.48	.60	.46	.84	.43	,15	.94	,78	,54	.37	.01	.72	.Ol	.52	.38
26	.41	,54	.41	.79	.38	.10	.89	,73	.49	.33	2.97	.67	.56	.47	.33
27	.34	,49	.36	.74	.34	,06	.85	.69	.45	.28	.93	.63	.52	.43	.29
28	.28	.44	,32	.70	,30	.02	.81	.65	.41	.25	,89	.59	„48	.39	,25
29	.23	.40	.28	.66	.26	3,98	.77	.61	.38	.21	.86	.56	.45	.36	.21
30	,18	.35	44	.62	.23	.95	.74	.58	.34	.18	.82	.52	.42	.32	.18
40	8.83	6.07	4.98	4.37	3.99	3.71	3.51	3.35	3,12	2.95	2,60	2.30	2.18	2,09	1.93
60	,49	5.80	.73	.14	.76	.49	,29	.13	2,90	.74	,39	.08	1.96	1.86	.69
120	.18	,54	.50	3,92	.55	.29	,09	2,94	.71	.55	.19	1.87	.75	.64	.43
X	7.88	.30	.28	,72	,35	.09	2,90	.74	,52	46	,00	.67	.53	.40	.00

T a b 1 i ca 9 luli

								^ri
	1	2	3	4	5	6	7	8	10	12	20	40	60	100	Vj
1 2	98.5	99.0	994	99.2	99.3	99.3	99.4	99.4	99.4	99.4	99.4	99.5	‘>9.5	99.5	99.5
3	34.1	30,8	294	28.7	284	27.9	27.7	27.5	274	27.1	26.7	26.4	26.3	264	26.1
4	21.2	18.0	16,7	16.0	15.5	154	15.0	14.8	14.5	14.4	14.0	13.7	13.7	13.6	13.5
5	16.3	13.3	12.1	11.4	11.0	10.7	10.5	10.3	10.1	9.89	9.55	9.29	940	9.13	9.02
6	13.7	10.9	9.78	9.15	8.75	8.47	846	8.10	7.87	7.72	7.40	7.14	7.06	6.99	6.88
7	12,2	9.55	8.45	7.85	7.46	7.19	6.99	6.84	6.62	6.47	6.16	5.91	5.82	5.75	5.65
8	11.3	8,65	7.59	.01	6,63	6.37	.18	.03	5.81	5.67	5.36	.12	.03	4.96	4.86
9	10,6	.02	6.99	6.42	.06	5.80	5.61	5.47	46	.11	4.81	4.57	4.48	.42	.31
10	.0	7.56	45	5,99	5.64	.39	40	.06	4.85	441	.41	.17	.08	.01	3.91
II	9.65	7.21	642	5.67	5.32	5.07	4.89	4.74	4.54	4,40	4,10	3.86	3.78	3.71	3.60
12	,33	6,93	5.95	.4!	.06	4.82	.64	40	,30	.16	3.86	.62	.54	.47	.36
13	.07	,70	.74	.2!	4.86	.62	.44	.30	.10	3.96	.66	.43	.34	.27	.17
14	8.86		46	.04	.70	.46	.28	.14	3.94	.80	.51	47	.18	.1 1	.00
15	.68	.36	.42	4.89	,56	.32	.14	.00	.80	.67	47	.13	.05	2.98	2.87
16	.53	.23	49	.77	,44	40	.03	3.89	.69	.55	46	.02	2.93	.86	.75
17	.40	.11	,18	.67	,34	.10	3.93	.79	.59	46	.16	2.92	.83	.76	.65
18	29	,01	.09	48	45	.01	.84	.71	41	.37	.08	.84	.75	.68	.57
19	.18	5.93	.01	40	.17	3.94	.77	.63	.43	.30	.00	.76	.67	.60	.49
20	,10	.85	4,94	.43	.10	.87	.70	46	47	,23	2.94	.69	.61	.54	.42
21	8.02	5.78	4.87	4.37	4.04	3.81	3.64	341	3.31	' 3.17	2.88	2.64	2.55	: .18	2 *6
22	7.95	.72	.82	.31	3.99	.76	.59	.45	46	.12	.83	.58	.50	.42	Jl
23	,88	.66	.76	46	.94'	.71	.54	.4!	41	.07	.78	.54	.45	.37	.26
24	.82	.61	.72	42	,90	.67	.50	.36	.17	03	.74	.49	.40	.33	,21
25	.77	.57	.68	.18	.86	.63	.46	42	.13	2.99	.70	.4S	.36	29
26	.72	43	.64	.M	,82	49	.42	49	.09	.96	.66	.42	J3	.25
27	.68	,49	.60	.11	,78	46	49	.26	.06	.93	.63	48	29	,22
28	,64	.45	47	.07	.75	43	.36	.23	.03	.90	.60	.35	.26
29	.60	.42	44	.04	.73	40	.33	40	.00	.87	.57	43	.23	16
30	,56	49	41	.02	.70	.47	.30	.17	2,98	.84	.55	.30	.21	.13	.01
40 60 120 i ^03	7.31 .08 6.85 i .63	5.18 4.98 ,79 .61	4.31 .13 3.95 78	3.83 .65 .48	3. SI .34 .18 .02	349 .12 2.96 .80	3.12 2.95 .80 .64	2.99 ,82 .67 ,51	2.80 .63 .48 42	2M .50 J4 .18	2.37 40 .04 1.88	2,11 1.94 .77 .59	2.02 1.84 .66 .47	1.94 .75 .56 4!_i	1.80 .60 48 .00 |

Tablica 5. Wartości <P (») dystrybuanty rozkładu normalnego N{0, 1)

U	0,00	0,01	0,02	0,03	0,04	0,05	0,06	0,07	0,08	0,09
0,0	0,5000	0,5040	0,5080	0,5120	0,5160	0,5199	0,5239	0,5279	0,5319	0,5359
0,1	,5398	,5438	,5478	,5517	,5557	,5596	,5636	,5675	,5714	,5753
0,2	,5793	,5832	,5871	,5910	,5948	,5987	,6026	,6064	,6103	,6141
0,3	,6179	,6217	,6255	,6293	,6331	,6368	,6406	,6443	,6480	,6517
0,4	• ,6554	,6591	,6628	,6664	,6700	,6736	,6772	,6808	,6844	,6879
0,5	,6915	,6950	,6985	,7019	,7054	,7088	,7123	,7157	,7190	7224
0,6	,7257	,7290	,7324	,7357	,7389	,7422	,7454	,7486	,7517	,7549
0,7	,7580	,7611	,7642	,7673	,7704	,7734	,7764	,7794	,7823	,7852
0,8	,7881	,7910	,7939	,7967	,7995	,8023	,8051	,8078	,8106	,8133
0,9	,8159	,8186	,8212	,8238	,8264	,8289	,8340	,8340	,8365	,8389
1,0	0,8413	0,8438	0,8461	0,8485	0,8508	0,8531	0,8554	0,8577	0,8599	0,8621
1,1	,8643	,8665	,8686	,8708	,8729	,8749	,8770	,8790	,8810	,8830
1,2	,8849	,8869	,8888	,8907	,8925	,8944	,8962	,8980	,8997	,9015
1,3	,9032	,9049	,9066	,9082	,9099	,9115	,9131	,9147	,9162	,9177
1,4	,9192	,9207	,9222	,9236	,9251	,9265	,9279	,9292	,9306	,9319
1,5	,9332	,9345	,9357	,9370	,9382	,9394	,9406	,9418	,9429	,9441
1,6	,9452	,9463	,9474	,9484	,9495	,9505	,9515	,9525	,9535	,9545
1,7	,9554	,9564	,9573	,9582	,9591	,9599	,9608	,9616	,9625	,9633
1,8	,9641	,9649	,9656	,9664	,9671	,9678	,9686	,9693	,9699	,9706
1,9	,9713	,9719	,9726	,9732	,9738	,9744	2150	,9756	,9761	,9767
2,0	0,9772	0,9779	0,9783	0,9788	0,9793	0,9798	0,9803	0,9808	0,9812	0,9817
2,1	,9821	,9826	,9830	,9834	,9838	,9842	,9846	,9850	,9854	,9857
12	,9861	,9864	,9868	,9871	,9875	,9878	,9881	,9884	,9887	,9890
2,3	,9893	,9896	,9898	,9901	,9904	,9906	,9909	,9911	,9913	,9916
2,4	,9918	,9920	,9922	,9925	,9927	,9929	2931	,9932	,9934	,9936
2,5	,9938	,9940	,9941	,9943	,9945	,9946	294 8	,9949	,9951	,9952
2,6	,9953	,9955	,9956	,9957	,9959	,9960	,9961	,9962	,9963	,9964
2,7	,9965	,9966	,9967	,9968	,9969	,9970	291 \	,9972	2913	,9974
2,8	,9974	,9975	,9976	,9977	,9977	,9978	2919	-,9979	,9980	,9981
2,9	,9981	,9982	,9982	,9983	,9984	,9984	,9985	,9985	2986	,9986

Tablica 6. Kwantyle u (jp) rzędu p rozkładu normalnego N (0, 1)

P	0,90	0,95	0,975	0,99	0,995
u{p)	1,28	1,64	1,96	2,33	2,58